
Worked on the DUNE/dunereco repository to deliver a unified data filtering workflow for the reconstruction pipeline by integrating WireFilter-based filtering in place of the legacy HitFilter. This involved updating C++ and CMake code to align the build and configuration with the new filtering stage, as well as refining the default valid TPC range to improve input data quality. The approach reduced duplication and maintenance overhead by removing the old module and streamlining configuration, including code refactoring and commenting out a validation block. These changes established a more consistent and reliable data selection process for detector simulation and reconstruction algorithms.
May 2025 monthly summary focused on delivering a robust, unified data filtering path for the DUNE/dunereco reconstruction pipeline by integrating WireFilter-based filtering. This work replaces the legacy HitFilter, aligns build/config with the new filtering stage, and adjusts the default valid TPC range to improve data quality and reliability in reconstruction workflows. The changes reduce maintenance overhead and set the foundation for consistent, high-quality input data across runs.
May 2025 monthly summary focused on delivering a robust, unified data filtering path for the DUNE/dunereco reconstruction pipeline by integrating WireFilter-based filtering. This work replaces the legacy HitFilter, aligns build/config with the new filtering stage, and adjusts the default valid TPC range to improve data quality and reliability in reconstruction workflows. The changes reduce maintenance overhead and set the foundation for consistent, high-quality input data across runs.

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